Sentences with phrase «emission energy equipment»

Exxon said it has spent about $ 8 billion since 2000 to deploy low - emission energy equipment across its operations and that it's conducting and supporting research on technologies to make further cuts.

Not exact matches

Our largest markets include semiconductor processing, energy processes, diesel emissions, foodservice equipment, medical and environmental chambers.

Manufacturers benefit from recycling in several ways: Recycled glass reduces emissions and consumption of raw materials, extends the life of plant equipment, such as furnaces, and saves energy.

Manufacturers benefit from recycling in several ways — it reduces emissions and consumption of raw materials, extends the life of plant equipment, such as furnaces, and saves energy.

«Arnott's expects they will reduce the carbon emissions intensity of the refrigeration equipment by 13 % resulting in savings of $ 50,000 in energy costs per year.»

Even without figuring these surprising methane emissions, I think these fuels may possibly entail greater GHG emissions than they offset — in the manufacture of pesticides, fertilizers, farm equipment; irrigation water & energy to pump it; transporation of bauxite from S. America (harming rainforests) to make farm equipment, ag schools, secretaries, and all the paper work at each stage... the list goes on & on & on.

The Electrical Engineering occupation covers positions managing, supervising, leading, and / or performing professional engineering and scientific work concerned with: utilizing and exploring electrical and electronic phenomena and the motion, emissions, conduction, and behavior of electrical energy currents; designing electrical equipment, components, or systems; and generating and transmitting electrical energy in an efficient manner.

Standard equipment includes an M Sports Package and the newest Z4 also features BMW Efficient Dynamics technologies such as Brake Energy Regeneration, Electric Power Steering and on - demand operation of engine ancillary units, optimizing fuel economy and emissions, BMW says.

Intuit's measures to cut emissions include upgrading equipment to enhance energy efficiency in the company's data centers, installing solar panels on its California buildings, increasing video conferencing capabilities to cut down on employee travel, and innovating towards «digital distribution» of all of its products to avoid packaging and shipping emissions.

As an economy reduces its emissions it will start with the cheapest abatement measures (energy savings) and then move to the more expensive measures by replacing energy - using equipment and switching from high - emission sources such as coal to low emission sources such as natural gas and nuclear power.

For example, a global shift to energy - efficient appliances and equipment — including lighting, air - conditioners, refrigerators, electric motors, ceiling fans and distribution transformers — would reduce electricity consumption by over 10 per cent, save $ 350 billion annually in bills and reduce CO2 emissions by 1.25 billion tonnes per year.

Using the Solar Estimate calculator, we determined that given an average monthly utility bill of $ 150, the owner of a two - bedroom home on Montagu Street in Charleston's up - scale 29401 zip code should produce around 9,890 kilowatt - hours (kWh) of emissions - free renewable energy over its useful life; resulting in an estimated net profit (energy cost savings less the cost of equipment and installation) to the homeowner of $ 57,878 over 25 years.

Actions like recycling, hanging clothes to dry, and so forth, can reduce emissions immediately, but tend to have much lower RAER on a decadal time scale than one - time actions that upgrade household energy - using equipment (cars, heating systems, etc.; Dietz et al 2009).

For the avoidance of doubt, Gross Revenues shall (A) exclude monies received from any source other than the sale of electric energy and capacity, including, without limitation, any of the following: (i) any federal, state, county or local tax benefits, grants or credits or allowances related to, derived from, or granted to the Wind Energy Project or Grantee, including, but not limited to, investment or production tax credits, or property or sales tax exemptions, (ii) proceeds from financing activities, sales, assignments, partial assignments, contracts (other than the power purchase agreement) or other dispositions of or related to the Wind Energy Project (such as damages for breach of contract or liquidated damages for delays in project completion or failures in equipment performance), (iii) amounts received as reimbursements or compensation for wheeling costs or other electricity transmission or delivery costs, and (iv) any proceeds received by Grantee as a result of damage or casualty to the Wind Energy Project, or any portion thereof and (B) include any revenues derived from Grantee's sale of carbon dioxide trading credits, renewable energy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based excenergy and capacity, including, without limitation, any of the following: (i) any federal, state, county or local tax benefits, grants or credits or allowances related to, derived from, or granted to the Wind Energy Project or Grantee, including, but not limited to, investment or production tax credits, or property or sales tax exemptions, (ii) proceeds from financing activities, sales, assignments, partial assignments, contracts (other than the power purchase agreement) or other dispositions of or related to the Wind Energy Project (such as damages for breach of contract or liquidated damages for delays in project completion or failures in equipment performance), (iii) amounts received as reimbursements or compensation for wheeling costs or other electricity transmission or delivery costs, and (iv) any proceeds received by Grantee as a result of damage or casualty to the Wind Energy Project, or any portion thereof and (B) include any revenues derived from Grantee's sale of carbon dioxide trading credits, renewable energy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based excEnergy Project or Grantee, including, but not limited to, investment or production tax credits, or property or sales tax exemptions, (ii) proceeds from financing activities, sales, assignments, partial assignments, contracts (other than the power purchase agreement) or other dispositions of or related to the Wind Energy Project (such as damages for breach of contract or liquidated damages for delays in project completion or failures in equipment performance), (iii) amounts received as reimbursements or compensation for wheeling costs or other electricity transmission or delivery costs, and (iv) any proceeds received by Grantee as a result of damage or casualty to the Wind Energy Project, or any portion thereof and (B) include any revenues derived from Grantee's sale of carbon dioxide trading credits, renewable energy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based excEnergy Project (such as damages for breach of contract or liquidated damages for delays in project completion or failures in equipment performance), (iii) amounts received as reimbursements or compensation for wheeling costs or other electricity transmission or delivery costs, and (iv) any proceeds received by Grantee as a result of damage or casualty to the Wind Energy Project, or any portion thereof and (B) include any revenues derived from Grantee's sale of carbon dioxide trading credits, renewable energy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based excEnergy Project, or any portion thereof and (B) include any revenues derived from Grantee's sale of carbon dioxide trading credits, renewable energy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based excenergy credits or certificates, emissions reduction credits, emissions allowances, green tags, tradable renewable credits, or Green - e ® products, any of which are allocated to Grantee, if applicable, through its participation in any voluntary registry, association or market - based exchange.

The report estimates that secondhand machinery, often built with older technology, consumes an average of 20 percent more energy than modern equipment — often resulting in more greenhouse gas emissions.

But the equipment still results in the emission of far more greenhouse gases than newer technologies or alternative energy sources.

Investments currently being made in energy - related infrastructure and equipment will lock in emissions commitments for decades to come.

Subtitle D: Miscellaneous -(Sec. 751) Directs the Secretary of Energy to establish a cost - shared, public - private research partnership involving the federal government, railroad carriers, locomotive manufacturers and equipment suppliers, and the Association of American Railroads to develop and demonstrate railroad locomotive technologies that increase fuel economy, reduce emissions, and lower costs of operation.

As the world looks to find energy efficient equipment that reduces energy demand and greenhouse gas emissions, converting to HFC - free refrigeration and air conditioning holds huge and immediate promise.

If that is TRUE, then you are ignoring or not accounting for many of the CO2 emissions produced in the total generation of energy, e.g. from mine to your house, accounting for even the CO2 generated in the production of concrete for foundations of energy producing equipment.

Pushing the limits of energy - efficient vehicles and switching to cleaner fuels, particularly in the non-LDV (Light Duty Vehicle) segment — truck, marine, pipeline, rail, and off - road equipment — are seen as key to averting projected increases in energy consumption and GHG emissions.

This increase of other emissions is largely because collecting and burying CO2 — a process called carbon sequestration — requires additional energy, new equipment and new chemical reactions at the plants.

The order calls for new buildings and renovations to meet accepted «green building» standards, for leasing offices near public transit, for purchasing fuel - efficient and low - emission vehicles for state fleets and to purchase or lease Energy Star - rated equipment, among other things.

Energy consumption at the venue, accommodation, and the transport of equipment also further contributed to emissions.

We're lowering the carbon footprint of our equipment, meeting Energy Star requirements and lowering greenhouse gas emissions.

The potential benefits of greater energy efficiency in the household sector are large; a 2009 study by Thomas Dietz and colleagues found that annual greenhouse gas emissions from the residential sector could be reduced by 20 % within 10 years by employing 17 types of behavioral interventions, such as weatherizing houses or properly maintaining vehicles and heating, ventilation, and air conditioning equipment.

Progress Energy will spend $ 1.3 - billion installing air emission - reduction equipment at the two remaining coal - fired plants.